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Rheoptima™ LB34 by Croda acts as an anionic rheology modifier for aqueous thickening in mid to high pH systems. It is pseudoplastic with shear thinning rheology. It creates temperature stable & freeze-thaw stable formulations, and can be used in cold or hot processes. Designed for display electronics technology and advanced ceramics. Suitable for acidic and neutral aqueous systems as well as acrylic/ vinylic/ UV polymeric systems. Rheoptima™ LB34 is recommended at a dosage rate of 0.5-2 % and complies with REACH regulation. Rheoptima™ X38 is a rheology modifier by Croda. It is made by the reaction of functional amines and diacids terminated with various end groups. It is a vegetable derived polymer used to create clear, thermo-reversible gels of organics with low polarity. Suitable for polymeric acrylic/ vinylic/ UV and non-polar solvent system. It can be used as a steric stabiliser for dispersions of particulates and allows lower viscosity as well as high solid loading. Designed for display electronics technology and advanced ceramics. It gels liquid by forming a 3D structure via hydrogen bonding between the amide groups and is compatible with low polarity liquids. Rheoptima™ X38 complies with REACH regulation. Rheoptima™ B32 by Croda acts as an associative anionic rheology modifier. It is an easy-to-use hydrophobically modified alkali emulsion (HASE) polymer designed for display electronics technology and advanced ceramics. It creates pseudoplastic (shear thinning) flowable gels and dynamic gels with porous properties. It is cold processable with excellent electrolyte tolerance due to its micelle structure. Possesses unique suspension and flow properties. Suitable for use in acidic and neutral aqueous systems as well as acrylic/ vinylic/ UV polymeric systems. Rheoptima™ B32 complies with REACH regulation. Rheoptima™ LA25 by Croda acts as a cationic rheology modifier. Suitable for use in acidic and neutral aqueous systems as well as acrylic/ vinylic/ UV polymeric systems. Designed for display electronics technology and advanced ceramics. It is pseudoplastic with shear thinning rheology. It creates temperature stable & freeze-thaw stable formulations, and can be used in cold or hot processes. Rheoptima™ LA25 complies with REACH regulation and is recommended at a dosage rate of 0.5-2 %. Rheoptima™ LA23 by Croda acts as a cationic rheology modifier. It is pseudoplastic with shear thinning rheology. It creates temperature stable & freeze-thaw stable formulations, and can be used in cold or hot processes. Suitable for use in acidic and neutral aqueous systems as well as acrylic/ vinylic/ UV polymeric systems. Designed for display electronics technology and advanced ceramics. Rheoptima™ LA23 complies with REACH regulation and is recommended at a dosage rate of 0.5-2 %. Rheoptima™ X24 by Croda is a rheology modifier. It is made by the reaction of functional amines and diacids terminated with various end groups. It is a vegetable derived polymer used to create clear, thermo-reversible gels of organics with low polarity. Designed for display electronics technology, 3D printing and advanced ceramics. It gels liquid by forming a 3D structure via hydrogen bonding between the amide groups and is compatible with low polarity liquids. Suitable for polymeric acrylic/ vinylic/ UV and non-polar solvent system. It can be used as a steric stabiliser for dispersions of particulates and allows lower viscosity as well as high solid loading. Rheoptima™ X24 complies with REACH regulation. Rheoptima™ LA45 is a cationic rheology modifier by Croda. It creates temperature stable & freeze-thaw stable formulations, and can be used in cold or hot processes. Designed for display electronics technology. Suitable for acidic and neutral aqueous systems as well as acrylic/ vinylic/ UV polymeric systems. It is pseudoplastic with shear thinning rheology. Recommended at a dosage rate of 0.5-2 %. Rheoptima™ LA45 complies with REACH regulation. Rheoptima™ LB67 by Croda is a multifunctional, pseudoplastic, anionic rheology modifier with shear thinning rheology. Designed for display electronics technology and advanced ceramics. It thickens at 2% and can can auto-emulsify up to 20% oil or silicone via hot or cold process. It creates temperature stable & freeze-thaw stable formulations, and can be used in cold or hot processes. Suitable for acidic and neutral aqueous systems as well as acrylic/ vinylic/ UV polymeric systems. Recommended at a dosage rate of 0.5-2 %. Rheoptima™ LB67 complies with REACH regulation. Rheoptima™ LB54 is a multifunctional, anionic rheology modifier by Croda. It thickens at 2% and can can auto-emulsify up to 20% oil or silicone via hot or cold process. Designed for display electronics technology and advanced ceramics. Suitable for acidic and neutral aqueous systems as well as acrylic/ vinylic/ UV polymeric systems. It creates temperature stable & freeze-thaw stable formulations, and can be used in cold or hot processes. It is pseudoplastic with shear thinning rheology. Rheoptima™ LB54 is recommended at a dosage rate of 0.5-2 % and complies with REACH regulation. Rheoptima™ X17 by Croda acts as a rheology modifier. It is a vegetable derived polymer used to create clear, thermo-reversible gels of organics with low polarity. Designed for display electronics technology, 3D printing and advanced ceramics. It is made by the reaction of functional amines and diacids terminated with various end groups. It gels liquid by forming a 3D structure via hydrogen bonding between the amide groups and is compatible with low polarity liquids. It can be used as a steric stabiliser for dispersions of particulates and allows lower viscosity as well as high solid loading. Suitable for polymeric acrylic/ vinylic/ UV and non-polar solvent system. Rheoptima™ X17 complies with REACH regulation.
Rheoptima™
Polymer additives supplied by Croda
10 Products match your search
Rheoptima™ LB34
by Croda
Rheoptima™ X38
by Croda
Rheoptima™ B32
by Croda
Rheoptima™ LA25
by Croda
Rheoptima™ LA23
by Croda
Rheoptima™ X24
by Croda
Rheoptima™ LA45
by Croda
Rheoptima™ LB67
by Croda
Rheoptima™ LB54
by Croda
Rheoptima™ X17
by Croda
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